Density and CO2 formation were measured during the fermentation process. The measurements of the wort’s density, degree of fermentation and alcohol content agree very well with expectations and verification measurements with laboratory equipment. The presented solution enables automatable, continuous monitoring of the process as well as determination of …
Density measurements of hydrogen peroxide in water with the VLO-M2 were correct within <0.05 kg/m3 using control measurements from a laboratory analyser. The measured deviations correspond to a measurement uncertainty of <0.025% (250ppm) for the concentration determination.
Flow sensors based on the calorimetric measuring principle typically have to be adjusted to a specific medium. This wink of knowledge shows that a real-time density measurement is highly suitable for correcting the measured flow value for pure gases as well as binary gas mixtures.
Wink of Knowledge: High Density Media - DLO Density Meter for LiquidsVolume 2 | Number 3Why this test?The measurements carried out show that our DLO measures very precisely even in media with a density far above the previously specified maximum value.What is a wink of...
Wink of knowledge: Brine Water Concentration Measurement – DLO Density SensorVolume 2 | Number 2Why this test?When taking measurements in boreholes for the extraction of salt, the concentration measurement poses a fairly large problem. In the case of saturated brine,...
Wink of knowledge: Ethylene Glycol-Water Mixture - VLO Density and Viscosity Meter for Liquids Volume 2 | Number 1 Why this test? The measurements carried out are intended to show, in a series of various quick tests, how the concentration of two liquids can be...
Wink of knowledge: Air & N2 - DGF-I1 density sensor for gasesYear 1 | Number 1Why this test?The measurements performed in a series of various quick tests are intended to demonstrate how precisely the DGF-I1 density sensor for gases works in operation. Since air...
